Electricity prices by state · 2025
Electricity prices in all 50 states
Residential, commercial, and industrial rates for every US state and DC, sortable and straight from EIA filings.
| State | Residential |
|---|---|
| Alabama | 16.10¢/kWh |
| Alaska | 26.09¢/kWh |
| Arizona | 15.32¢/kWh |
| Arkansas | 12.84¢/kWh |
| California | 32.54¢/kWh |
| Colorado | 15.85¢/kWh |
| Connecticut | 29.38¢/kWh |
| Delaware | 17.13¢/kWh |
| District of Columbia | 21.94¢/kWh |
| Florida | 15.24¢/kWh |
| Georgia | 14.73¢/kWh |
| Hawaii | 40.59¢/kWh |
| Idaho | 11.82¢/kWh |
| Illinois | 17.69¢/kWh |
| Indiana | 16.23¢/kWh |
| Iowa | 13.72¢/kWh |
| Kansas | 14.56¢/kWh |
| Kentucky | 13.24¢/kWh |
| Louisiana | 12.57¢/kWh |
| Maine | 27.78¢/kWh |
| Maryland | 19.48¢/kWh |
| Massachusetts | 30.48¢/kWh |
| Michigan | 20.01¢/kWh |
| Minnesota | 15.82¢/kWh |
| Mississippi | 14.03¢/kWh |
| Missouri | 13.49¢/kWh |
| Montana | 12.98¢/kWh |
| Nebraska | 12.34¢/kWh |
| Nevada | 13.15¢/kWh |
| New Hampshire | 24.56¢/kWh |
| New Jersey | 22.63¢/kWh |
| New Mexico | 15.08¢/kWh |
| New York | 26.39¢/kWh |
| North Carolina | 14.02¢/kWh |
| North Dakota | 11.81¢/kWh |
| Ohio | 16.96¢/kWh |
| Oklahoma | 13.12¢/kWh |
| Oregon | 15.37¢/kWh |
| Pennsylvania | 19.30¢/kWh |
| Rhode Island | 29.46¢/kWh |
| South Carolina | 14.96¢/kWh |
| South Dakota | 13.38¢/kWh |
| Tennessee | 13.18¢/kWh |
| Texas | 15.47¢/kWh |
| Utah | 13.07¢/kWh |
| Vermont | 22.92¢/kWh |
| Virginia | 15.28¢/kWh |
| Washington | 13.11¢/kWh |
| West Virginia | 15.41¢/kWh |
| Wisconsin | 18.16¢/kWh |
| Wyoming | 13.38¢/kWh |
Cheapest residential rates
Lowest cents per kWh, 2025.
- North Dakota
North Dakota
11.81 ¢/kWh
- Idaho
Idaho
11.82 ¢/kWh
- Nebraska
Nebraska
12.34 ¢/kWh
- Louisiana
Louisiana
12.57 ¢/kWh
- Arkansas
Arkansas
12.84 ¢/kWh
- Montana
Montana
12.98 ¢/kWh
- Utah
Utah
13.07 ¢/kWh
- Washington
Washington
13.11 ¢/kWh
- Oklahoma
Oklahoma
13.12 ¢/kWh
- Nevada
Nevada
13.15 ¢/kWh
Most expensive residential rates
Highest cents per kWh, 2025.
- Hawaii
Hawaii
40.59 ¢/kWh
- California
California
32.54 ¢/kWh
- Massachusetts
Massachusetts
30.48 ¢/kWh
- Rhode Island
Rhode Island
29.46 ¢/kWh
- Connecticut
Connecticut
29.38 ¢/kWh
- Maine
Maine
27.78 ¢/kWh
- New York
New York
26.39 ¢/kWh
- Alaska
Alaska
26.09 ¢/kWh
- New Hampshire
New Hampshire
24.56 ¢/kWh
- Vermont
Vermont
22.92 ¢/kWh
Greenest grids by renewable share
Renewable share of net generation, 2025.
- Vermont
Vermont
99.9 % renewable
- District of Columbia
District of Columbia
83.1 % renewable
- South Dakota
South Dakota
81.2 % renewable
- Washington
Washington
73.4 % renewable
- Idaho
Idaho
72.2 % renewable
- Oregon
Oregon
65.6 % renewable
- Iowa
Iowa
62.7 % renewable
- California
California
61.4 % renewable
- Maine
Maine
58.4 % renewable
- Montana
Montana
57.8 % renewable
How to read this state table
Each row represents one of the 50 U.S. states plus the District of Columbia. The residential, commercial, and industrial columns show the most recent stored annual-frequency average revenue per kilowatt-hour by sector, rounded to the nearest tenth of a cent. Sector definitions follow the U.S. Energy Information Administration: residential covers single-family homes and apartments; commercial covers offices, retail, and small institutional buyers; industrial covers large-load manufacturing, mining, and similar high-throughput operations. RateWatt uses the annual price field returned by EIA's retail-sales API and keeps it separate from monthly observations.
The residential column is a statewide benchmark, not a proxy for an individual household's tariff or bill. A ranking can show where annual averages differ, but it cannot establish the cause of a state's position. A current causal explanation would require utility tariffs, regulator records, customer mix, operating context, and the timing of the costs being examined. The same boundary applies to commercial and industrial values.
The spread between sectors is an arithmetic comparison of EIA averages. It does not identify cross-subsidies, contract terms, service voltage, load shape, or a utility's cost allocation. Those interpretations need sources that are not present in this table.
For a deeper read, click any state name to view its multi-year price history, generation mix, and sector-by-sector breakdown. The rankings page sorts the same data by single dimensions (cheapest residential, most renewable, highest consumption), and the trends page shows how each state's rates have moved year-over-year. Read our methodology for how we compute averages and what's excluded from each sector total. RateWatt does not modify EIA values; we present them in a comparable format with explicit source attribution on every page so you can verify any figure against the original federal series.
A few caveats. First, statewide averages mask significant within-state variation between urban and rural service territories and among utility tariffs. Second, EIA's average retail price represents revenue divided by sales and includes delivered costs in aggregate; it does not preserve the line items or eligibility rules on one account. Third, the newest annual-frequency API period can differ from the latest finalized detailed Form EIA-861 file and may be revised by EIA. Fourth, generation-mix shares reported elsewhere in RateWatt cover utility-scale generation only and may under-count rooftop solar, behind-the-meter storage, and small distributed generation in states with substantial residential-PV adoption.
Source: U.S. Energy Information Administration retail-sales API; generation context uses separate EIA generation series.